phirhoz – Phi-rho-z distributions

class penelopetools.api.result.penepma2011.phirhoz.PhiRhoZ(filename, path, name, description=None)

Bases: penelopetools.api.result._ProbabilityResult

Probability result for a phi-rho-z distribution.

Special kind of result file consisting of two, three or five columns of data. The order of the columns goes as follows:

• Independent variable, typically energy
• First probability
• Error on the probability
• Second probability
• Error on the second probability

The values of the columns are saved in list; one list for each column. After the data is read (using the method load) the lists can be access with the attributes:

• first_column
• probability_density
• probability_density_error
• probability_density2
• probability_density_error2

The complete data can also be access with the attribute data. It is a dictionary where the keys are the label of the columns and the value is the list of values.

Parameters:

• filename – name of the file containing the probability result
• path – folder containing the simulation results
• name – name of the result
• description – description of the result

BREMSSTRALUNG_FLUORESCENCE_EMITTED = 'Bremsstralung fluorescence photons (emitted)'

BREMSSTRALUNG_FLUORESCENCE_EMITTED_ERROR = 'Bremsstralung fluorescence photons (emitted) uncertainty'

BREMSSTRALUNG_FLUORESCENCE_GENERATED = 'Bremsstralung fluorescence photons (generated)'

BREMSSTRALUNG_FLUORESCENCE_GENERATED_ERROR = 'Bremsstralung fluorescence photons (generated) uncertainty'

CHARACTERISTIC_FLUORESCENCE_EMITTED = 'Characteristic fluorescence photons (emitted)'

CHARACTERISTIC_FLUORESCENCE_EMITTED_ERROR = 'Characteristic fluorescence photons (emitted) uncertainty'

CHARACTERISTIC_FLUORESCENCE_GENERATED = 'Characteristic fluorescence photons (generated)'

CHARACTERISTIC_FLUORESCENCE_GENERATED_ERROR = 'Characteristic fluorescence photons (generated) uncertainty'

DEPTH_FLUORESCENCE = 'Depth fluorescence (cm)'

FIRST_COLUMN = 'Depth (cm)'

FLUORESCENCE_EMITTED = 'Fluorescence photons (emitted)'

FLUORESCENCE_EMITTED_ERROR = 'Fluorescence photons (emitted) uncertainty'

FLUORESCENCE_GENERATED = 'Fluorescence photons (generated)'

FLUORESCENCE_GENERATED_ERROR = 'Fluorescence photons (generated) uncertainty'

INTENSITY_EMITTED = 'Photons intensity (emitted)'

INTENSITY_EMITTED_ERROR = 'Photons intensity (emitted) uncertainty'

INTENSITY_GENERATED = 'Photons intensity (generated)'

INTENSITY_GENERATED_ERROR = 'Photons intensity (generated) uncertainty'

PRIMARY_EMITTED = 'Primary photons (emitted)'

PRIMARY_EMITTED_ERROR = 'Primary photons (emitted) uncertainty'

PRIMARY_GENERATED = 'Primary photons (generated)'

PRIMARY_GENERATED_ERROR = 'Primary photons (generated) uncertainty'

bremsstralung_fluorescence_emitted

bremsstralung_fluorescence_emitted_error

bremsstralung_fluorescence_generated

bremsstralung_fluorescence_generated_error

characteristic_fluorescence_emitted

characteristic_fluorescence_emitted_error

characteristic_fluorescence_generated

characteristic_fluorescence_generated_error

datakeys

depths

Values in the first column. The first column contains the independent variable.

depths_fluorescence

fluorescence_emitted

fluorescence_emitted_error

fluorescence_generated

fluorescence_generated_error

intensity_emitted

intensity_emitted_error

intensity_generated

intensity_generated_error

primary_emitted

primary_emitted_error

primary_generated

primary_generated_error

class penelopetools.api.result.penepma2011.phirhoz.PhiRhoZs(path)

Bases: dict, penelopetools.api.result._Results

MATCH_PATTERN = 'pe-prz-(\\d\\d\\d\\d\\d\\d)-(\\d\\d).dat'

save(path=None, suffix='')